5 5 M247382 捌、新型說明： 【新型所屬之技術領域】 本創作該燕尾槽成型機結構，其中：該機台包括加工 台座 '加工平台、夾具及兩組鑽孔機、一組橫向方形槽銑 刀組、兩組縱向燕尾槽銑刀組與電控箱、壓力系統，適用 於加工抽屜面板用來鎖設把手的孔以及用來與侧板、底板 組設的什字型燕尾槽，該機台設有鳩尾座、滑執、滑桿， 同時配合在鑽孔機與橫向方形槽銑刀組、縱向燕尾槽銑刀 組設有調整裝置，方能依照待加工之抽屜面板大小及孔與 升字型燕尾槽的位置做調整，上述鑽孔機與橫向方形槽銑 刀組、縱向燕尾槽銳刀組設有壓缸，藉以帶動鑽頭與銑刀 做進、退刀之動作，達到僅需一台加工機，即可全自動加 工完成的目的。 【先前技術】 按以’敬請參閱第一圖所示：係一般抽屜面板的立體 示意圖。該抽屜面板1貫穿設有二個孔2，可供鎖設把手 (圖中未示）之用，該抽屜面板i背面設有一橫向方形槽 及二縱向的升字型燕尾槽3、4，可供組設一底板（圖中 未示）及二侧板（圖中未示）。 惟，一般在加工製做抽屜面板1的孔2與升字型燕尾 槽3、4時，至少必須使用一台鑽孔機及一台銑床及一台 開槽銀台’先將抽屜面板1拿到鑽孔機鑽設二個孔2之後 ，再將抽屜面板1拿到銑床，銑製二縱向的升字型燕尾槽 4 ’再將抽屜面板χ拿到開槽鋸台加工出一橫方形槽3， 不但需要二台加工機，而且需要分成三道加工程序，使整 6 6M247382 個製作過程，顯得相當麻煩與不便，既費時又費工、工作 效率低，一天可以完成的工作量少，為其既存尚待克服解 決的問題與缺失。 【新型内容】 本創作人目前從事木工加工成型機及其相關產品的製 造、設計，累積多年的實務經驗與心得，針對上述傳統使 用兩台鑽孔機與銳床，在加工製造上所造成的問題與缺失 ，積極地投入創新與改良的精神，所完成的一燕尾槽成型 機結構，旨在提供只要一台，即可全自動加工完成的燕尾 槽成型機。 新型解決問題所應用的技術手段以及對照先前技術的 功效係在於：該機台前方底部的二滑桿上設有左、右兩個 可以依照抽屜面板大小調整距離的工作台座，該工作台座 上方δ又有可以放置及自動固定該抽屜面板的工作平台與夹 具，該工作台座下方的滑槽上設有受壓缸控制進、退刀的 縱向燕尾槽銑刀組，藉以在抽屜面板的背面加工出二道縱 向热尾槽，該機台後方頂部的左、右懸臂上橫跨設有一前 、一後的鳩尾座與滑軌，分別在該鳩尾座與滑軌上設有可 以依照抽屜面板大小調整距離的左、右兩個鑽孔機以及一 個橫向方形槽銑刀組，該鑽孔機以及橫向方形槽銑刀組受 壓缸控制鑽孔與進、退刀動作，藉以在抽屜面板的背面鑽 設兩個孔以及一道橫向方形槽，上述加工步驟，先將待加 工的抽屜面板放置在左、右兩個工作平台上，由左、右兩 個夾具夾住該抽屜面板，再由左、右兩個鑽孔機與縱向燕 尾槽銑刀組同步做鑽孔及縱向燕尾槽的加工動作，待縱向 7 7M247382 燕尾槽銑刀組通過橫向方形槽位置時，該橫向方形槽姚刀 組再做橫向方形槽的加工動作，完成之後即恢復原來的待 料狀悲，依此步驟連續加工，整個製作過程，顯得相當流 暢與方便，树又省工，可以讀提昇玉作鱗，與加工 數量，僅需要-台成型機，即可快速完成，省下講買兩台 機器的成本，為其目的達成者。 【實施方式】 為使專精_此徽藝之人倾者級深人瞭解本創 作的構造内容以及所能達成的功能效益，茲列舉一具體實 施例，並配合圖式詳細介紹說明如下： -種燕尾槽成型機結構，敬請參閱第二圖所示··係本 創作立體組合示意Η。與第三、四騎示：係本創作之前 視、側視平面組合示意圖。該燕尾槽成型機包括··機台工 〇、工作台座2 0、縱向燕尾槽銑刀組3〇、鑽孔機4〇 、橫向方形槽銑刀組50、電控箱6〇、壓力系統（圖中 未示）；其中： 該機台10前方底部位置處的固定座丄丄橫跨設有前 、後二滑桿12及中間一導螺桿13，該二滑桿！2及導 螺桿13可供設置左、右兩個工作台座2 〇，該機台工〇 後方頂部設有左、右兩個呈厂字型的懸臂丄4，該左、右 兩個呈厂字型的懸臂i 4前、後分別橫跨設有—填尾座1 5及-滑軌16，同時分別在該鸿尾座工5與滑軌丄6上 設置左、右兩個鑽孔機4 〇與一個橫向方形槽銑刀組5 〇 該左、右二工作台座2 〇底部設有可以套設於二滑桿 12的軸套21，圖中所示，左工作台座2 0為固定式， 右工作台座2 0則是藉由螺孔座2 2與導螺桿i 3的轉動 ，來使右玉作台座2 Q左、右鶴，至所需的加工距 離，再由軸套21上的固定件2 3固定位置，該工作台座 2 〇上方叹有可供放置待加工抽屜面板p的工作平台2 4 ’該工作平台2 4上設有定位板2 5及夾具2 6，可供固 定待加工的抽屜面板p之用，該夹具2 6係由Μ缸2 7上 、下作動，並設有旋轉機構2 8，使夾具2 6可以呈九十 度的正、逆旋轉’做為錢與不錢待加屜面板ρ 之用（上述夾具2 6、壓缸2 7、旋轉機構2 8為一般泛 用的油壓零件，並非本射請專利的重點，於此不作介紹 )該工作台座2 〇下方設有縱向滑軌2 9，可供設置縱 向榫槽銑刀組3 0之用； 該縱向燕尾槽銑刀組30設有馬達3i與銑刀32, 該馬達31係設置在具有滑槽3 3的滑座3 4上，且設有 壓缸3 5可以控制滑座3 4的滑槽3 3在滑軌2 9上滑動 移位，藉以控制銑刀3 2的進、退刀之用，該工作台座2 0在平行於縱向滑軌2 9處設有導螺桿3 6與滑桿3 7， 該導螺桿3 6與滑桿3 7設有定位座3 8，該定位座3 8 設有螺孔座3 9，可供螺設於_桿3 6巾，由該導螺桿 調整該粒座3 8的距離，讓該縱•尾舰刀組3 〇在 碰到定位座3 8後即停止進刀； 該鑽孔機4 0設有垂直歡作平台2 4的馬達4工、 鑽頭4 2，該馬達4 1設有螺孔座43，可由第一導螺桿 4 4設置在第-滑座4 5上，藉以調整其前、後位置，該 9 9M247382 第-滑座4 5由螺桿4 6設置在第二滑座4 7上，藉以控 制其上、下位置，因應鑽職短不同時，可做調整，該第 二滑座4 7設有可以設置在贼座15料尾槽48，另 外由第二導鄉4 9·其左、右位置，轉孔的動作係 由鑽頭4 2之伸縮壓缸（圖中未示）伸出完成鑽孔後，縮 回原來位置； 該橫向方形槽銑刀組5〇設有馬達5i與銑刀52， 該馬達51係設置在由X軸-z軸一γ軸三向的第一、第 二、第三滑座5 3、5 4、5 5以及第一、第二、第三壓 缸5 6、5 7、5 8所組成的進、退刀機構上，該第三滑 座5 5設有可以設置在滑軌工6的滑槽5 9，可由第一、 第二、第三壓缸5 6、5 7、5 8各別帶動第一、第二、 第二滑座5 3、5 4、5 5做前後、左右、上下的滑動移 位，讓銳刀5 2可以先前進至橫向方形槽3_定位置， 再向上及橫向進刀，完狀後再向下退刀，喊原來初始 位置； 該機台10側邊設有電控箱6〇及其電控元件6工， 該機台1 0後額底雜置_設有壓力紐（圖中未示 )，由該壓力系統提供上述所有壓缸作動時，所需的壓力 者。 藉由上述各70件結構所組合而成之本創作，係在提供 一種燕尾槽複合成型機結構，在實際操作應用上： 敬請參閱第五、六_^係摘狀夾具旋轉與夾 固狀恶示賴。首先將待加工的抽屜面板P放置在機台1 0的左、右兩個工作平台2 4上，使抽屜面板P一邊定位 在定位板2 5，由左、右兩個夾具2 6旋轉九十度之後， 夾住該抽屜面板P。 敬請參閱第七、八、九圖所示：係本創作加工時之前 視、側視、俯視平面示意圖。再由二個縱向燕尾槽銑刀組 3 0的銳刀3 2，以及左、右兩個鑽孔機4 〇的鑽頭4 2 ，同步對該抽屜面板p的二孔2及底面的二個縱向燕尾槽 4做加工的動作。 敬請參閱第十圖所示··係本創作加工縱向燕尾槽之局 部放大示意圖。待縱向燕尾槽銑刀組3 0的銑刀3 2前進 通過方形槽3，直到橫向方形槽銑刀組5〇的銑刀52不 會撞到縱向燕尾槽銑刀組30的銑刀32的位置（亦可設 一感應器（圖中未示）感應是否已經到達不會撞刀的位置 )，該検向方形槽銑刀組5 〇的銑刀5 2再對該抽屜面板 P底面的橫向方形槽3，做加工的動作。 敬明參閱第十一圖所示：係本創作加工橫向燕尾槽後 退刀之平面示意圖。待加工完成之後，該縱向燕尾槽銑刀 組3 0的銑刀3 2、該鑽孔機4 0的鑽頭4 2、該橫向方 形槽銑刀組5 0的銑刀5 2，同步做退刀的動作，恢復原 來的準備狀態，此時左、右兩個夾具2 6先向上退開，再 反向旋轉九十度之後，讓加工完成的抽屜面板p可以從工 作平台2 4上取出。 綜合上述所陳之本創作，係在提供一種燕尾槽成型機 結構，經過本創作人實際製做完成以及反覆操作測試之後 ，證實的確可以達到本創作所預期的功能效益，同時又為 目前坊間尚無見聞之「首先創作」，具有「產業上的利用 價值」，誠然已經符合新型專利「實用性」與「進步性」 之成立要義，爰依專利法之規定，向鈞局提出新型專利 之申請。 【圖式簡單說明】 第 圖·係一般抽屜面板的立體示意圖。 第二圖··係本創作之立體組合示意圖。 第三圖··係本創作之前視平面組合示意圖。 第四圖··係本創作之側視平面組合示意圖。 第五圖：係本創作之夹具旋轉狀態示意圖。 第六圖：係本創作之夾具夾固狀態示意圖。 第七圖·係本創作加工時之前視平面示意圖。 第八圖：係本創作加工時之側視平面示意圖。 第九圖：係本創作加工時之俯視平面示意圖。 2十W:係本創作加工縱向燕尾槽之局部放大示意圖。 第十-圖··係本創作加工橫向方形槽後退狀平面示意圖。 主要部分代表符號說明 1 抽屜面板 2子匕 3 橫向方形槽 4 縱向燕尾槽 1 0機台 1 1固定座 1 2滑桿 1 3導螺桿 1 4懸臂 1 5鳩尾座 1 6滑軌 2 0工作台座 2 1轴套 2 2螺孔座 2 3固定件 2 4工作平台 2 5定位板 12M247382 2 6夾其 2 7壓缸 2 8旋轉機構 2 9縱向滑執 3 0縱向燕尾槽銑刀組31馬達 3 2銑刀 3 3滑槽 3 4滑座 3 5壓缸 3 6導螺桿 3 7滑桿 3 8定位座 3 9螺孔座 4 0鑽孔機 4 1馬達 4 2鑽頭 4 3螺孔座 4 4第一導螺桿 4 5第一滑座 4 6螺桿 4 7第二滑座 4 8鸠尾槽 4 9第二導螺桿 5 0橫向方形槽銑刀組51馬達 5 2銑刀 5 3第一滑座 5 4第二滑痤 5 5第三滑座 5 6第一攀缸 5 7第二壓缸 5 8第三壓缸 5 9滑槽 •6 0電拨箱 6 1電控元牛5 5 M247382 新型 Description of the new type: [Technical field to which the new type belongs] The structure of the dovetail groove forming machine is created, in which: the machine includes a processing platform, a processing platform, a fixture, two sets of drilling machines, and a set of horizontal square slot milling Knife set, two sets of longitudinal dovetail milling cutter sets, electric control box, and pressure system are suitable for processing the holes of the drawer panel to lock the handle and the dovetail grooves used to set with the side plate and the bottom plate. The table is equipped with a dovetail seat, slider, and slide bar. At the same time, it is equipped with adjusting devices on the drilling machine and the horizontal square slot milling cutter group and the vertical dovetail slot milling cutter group. The position of the dovetail groove is adjusted. The above-mentioned drilling machine and the horizontal square groove milling cutter group and the longitudinal dovetail groove sharp cutter group are provided with a pressure cylinder, thereby driving the drill and the milling cutter to move in and out, so that only one A processing machine can be used for the purpose of automatic processing. [Prior art] Please press ‘please refer to the first figure: it is a three-dimensional schematic diagram of a general drawer panel. The drawer panel 1 is provided with two holes 2 therethrough for locking handles (not shown). The drawer panel i is provided with a horizontal square groove and two longitudinal dovetail grooves 3 and 4 on the back. For the assembly of a base plate (not shown) and two side plates (not shown). However, in general, when processing holes 2 and drawer dovetail grooves 3 and 4 of the drawer panel 1, at least one drilling machine, a milling machine, and a slotted silver table must be used. After the drilling machine drills two holes 2, the drawer panel 1 is taken to a milling machine, and the two longitudinal raised dovetail grooves 4 are milled. Then, the drawer panel χ is taken to a slotting saw table to process a horizontal square groove. 3. Not only two processing machines are required, but also three processing programs are needed, making the entire 6M247382 production process very cumbersome and inconvenient. It is time-consuming and labor-intensive, and the work efficiency is low. The amount of work that can be completed in a day is small. Its existing problems and shortcomings to be resolved. [New content] The creator is currently engaged in the manufacture and design of woodworking processing molding machines and related products, and has accumulated many years of practical experience and experience. In response to the above-mentioned traditional use of two drilling machines and sharp beds, the processing and manufacturing caused Problems and shortcomings, actively investing in the spirit of innovation and improvement, the structure of a dovetail groove forming machine completed is designed to provide only one dovetail groove forming machine that can be fully processed. The new technical means used to solve the problem and the effect compared with the previous technology are: the two slide bars at the bottom of the front of the machine are provided with two left and right work benches that can adjust the distance according to the size of the drawer panel, and δ above the work bench There is also a working platform and fixture for placing and automatically fixing the drawer panel. A sliding dovetail milling cutter set controlled by a pressure cylinder to advance and retract the cutter is provided on the chute below the workbench, so as to be processed on the back of the drawer panel. There are two longitudinal hot tail grooves. The front and rear dovetail seats and slide rails are provided on the left and right cantilever on the top of the rear of the machine. The dovetail seats and slide rails are respectively adjustable according to the size of the drawer panel. Distance left and right two drilling machines and a horizontal square slot milling cutter set, the drilling machine and the horizontal square slot milling cutter set are controlled by a cylinder to drill and advance and retract, thereby drilling on the back of the drawer panel There are two holes and a horizontal square groove. In the above processing steps, the drawer panel to be processed is first placed on the left and right working platforms, and clamped by the left and right clamps. Drawer panel, the left and right drilling machines and the longitudinal dovetail slot milling cutter group are synchronized to do the drilling and longitudinal dovetail slot machining operations. When the vertical 7 7M247382 dovetail slot cutter group passes the horizontal square slot position, the horizontal The square slot Yao knife group then performs the processing of the horizontal square slot. After the completion, it will restore the original sadness of the material. According to this step, the processing is continued. The entire production process appears to be quite smooth and convenient. The tree is labor-saving and you can read and improve the jade. For scale and processing quantity, only one forming machine is needed, and it can be completed quickly, which saves the cost of buying two machines and is the achiever of its purpose. [Implementation] In order to make the expert _ this Huiyi people deeply understand the construction content of this creation and the functional benefits that can be achieved, here is a specific embodiment, and the detailed description with the illustration is as follows:- This kind of dovetail groove forming machine structure, please refer to the second picture shown. With the third and fourth riding instructions: This is a schematic view of the combination of the front view and side view planes of this creation. The dovetail slot forming machine includes: machine builder 0, workbench 20, longitudinal dovetail milling cutter group 30, drilling machine 40, horizontal square slot milling cutter group 50, electric control box 60, pressure system ( (Not shown in the figure); Among them: The fixed seat 丄 丄 at the bottom of the front of the machine 10 is provided with two front and rear sliding rods 12 and a middle lead screw 13 across the two sliding rods! 2 and the lead screw 13 can be provided with two left and right work benches 〇, the machine workers 〇 rear top is provided with two left and right cantilevered cantilever 丄 4, the left and right two can be factory Type cantilever i 4 is provided across the front-rear and rear-rear seat 15 and slide rail 16 respectively. At the same time, two left and right drilling machines 4 are respectively provided on the Hongwei seat worker 5 and the slide rail 丄 6. 〇 and a horizontal square slot milling cutter group 5 〇 The left and right two work bases 2 〇 The bottom is provided with a sleeve 21 that can be sleeved on the two slide bars 12, as shown in the figure, the left work base 20 is fixed, The right work base 20 is to turn the right jade base 2 Q left and right cranes by the rotation of the screw hole base 2 2 and the lead screw i 3 to the required processing distance, and then fixed by the shaft sleeve 21 Pieces 2 3 fixed position, there is a working platform 2 4 above the working platform 2 0 where the drawer panel p to be processed can be placed. The working platform 24 is provided with a positioning plate 2 5 and a fixture 26, which can be fixed for processing. For the drawer panel p, the fixture 2 6 is moved up and down by the M cylinder 27 and is provided with a rotating mechanism 28 so that the fixture 2 6 can rotate forward and backward at ninety degrees. Money and not money are needed to add the drawer panel ρ (the above clamps 2 6, pressure cylinders 27, and rotating mechanism 28 are hydraulic parts for general use, which are not the focus of this patent, and are not described here) There is a longitudinal slide rail 29 under the pedestal 20, which can be used for setting a longitudinal tenon-groove milling cutter set 30. The longitudinal dovetail milling cutter set 30 is provided with a motor 3i and a milling cutter 32, and the motor 31 is provided in The chute 3 3 is provided on the slide seat 3 4 and is provided with a pressure cylinder 3 5 to control the slide 3 of the slide seat 3 4 on the slide rail 2 9 to control the advancement and retraction of the milling cutter 3 2. For use, the workbench base 20 is provided with a lead screw 3 6 and a slide rod 37 at positions parallel to the longitudinal slide rail 29, and the guide screw 36 and the slide rod 37 are provided with a positioning base 3 8 and the positioning base 3 8 is provided with a screw hole seat 39, which can be screwed on the _rod 36, and the lead screw adjusts the distance of the particle seat 38, so that the longitudinal and tail ship knife group 3 meets the positioning seat 3 8 After that, the feed is stopped. The drilling machine 40 is provided with a motor 4 and a drill 4 2 which are vertical platforms 24. The motor 41 is provided with a screw hole seat 43. The first lead screw 4 4 can be set at the first -Slide 4 to 5 to adjust its front, Position, the 9 9M247382 first-slider 4 5 is set on the second slider 4 7 by the screw 4 6 to control its upper and lower positions. The second slider 4 can be adjusted when the drill position is different. 7 is provided with a tail groove 48 which can be set in the thief seat 15, and it is also left and right by the second guide town 49. The action of the turning hole is protruded by the telescopic cylinder (not shown) of the drill 4 2 After the drilling is completed, retract to the original position; the horizontal square slot milling cutter set 50 is provided with a motor 5i and a milling cutter 52, and the motor 51 is arranged in the first and the third directions of the X-z-axis and γ-axis three directions The third and fifth carriages 5 3, 5 4, 5 5 and the first, second and third cylinders 5 6, 5 7, 5 8 constitute the third carriage 5 5 There are chute 5 9 which can be installed on the slide rail worker 6, and the first, second and second sliding seat 5 3 can be driven by the first, second and third pressure cylinders 5 6, 5 7, 5 8 respectively. 5 4 and 5 5 do front-back, left-right, and up-and-down sliding displacement, so that the sharp knife 5 2 can enter the horizontal square groove 3_ fixed position before, and then enter the knife upward and horizontally, and then retract the knife downward when finished, shout Original initial position; 10 sides of the machine It is equipped with an electric control box 60 and its electric control components 6 workers. This machine is equipped with 10 rear foreheads and is equipped with a pressure button (not shown in the figure). Need pressure. The original creation based on the combination of the above 70 pieces is to provide a dovetail slot composite molding machine structure in practical operation: Please refer to the fifth and sixth_ ^ picking fixture rotation and clamping Demonstrated evil. First, the drawer panel P to be processed is placed on the left and right working platforms 24 of the machine 10, so that the drawer panel P is positioned on the positioning plate 25, and the left and right clamps 26 are rotated ninety After that, the drawer panel P is clamped. Please refer to Figures 7, 8, and 9 for the front view, side view, and plan view of the plan during this creative process. Then, two longitudinal dovetail milling cutter groups 30, the sharp blade 32, and the left and right two drilling machines 40, the drill bit 4 2 are synchronized to the two holes 2 of the drawer panel p and the two longitudinals of the bottom surface. The dovetail groove 4 performs a machining operation. Please refer to the tenth picture ... This is the enlarged schematic diagram of the part of the vertical dovetail groove created by this creative process. The milling cutter 3 2 to be longitudinally dovetailed milling cutter group 3 0 is advanced through the square groove 3 until the milling cutter 52 of the transversely square grooved milling cutter group 50 does not hit the position of the milling cutter 32 of the longitudinal dovetailed milling cutter group 30. (A sensor (not shown) can also be set to detect whether it has reached the position where it will not hit the cutter.) The heading square slot milling cutter group 5 〇milling cutter 5 2 and then the horizontal square of the bottom surface of the drawer panel P The groove 3 is used for processing. Please refer to figure 11 for details: This is a schematic plan view of the tool retracted after the horizontal dovetail groove is processed. After the processing is completed, the milling cutter 3 of the longitudinal dovetail slot milling cutter group 30 2. The drill bit 4 of the drilling machine 40 2. The milling cutter 5 2 of the horizontal square slot milling cutter group 50 0. At this time, the left and right clamps 2 6 are retracted upwards, and then rotated 90 degrees in the opposite direction, so that the processed drawer panel p can be removed from the work platform 24. In summary, the above-mentioned Chen Zhiben's creation is to provide a dovetail groove forming machine structure. After the author's actual production and repeated operation tests, it has been confirmed that it can indeed achieve the expected functional benefits of this creation. The "first creation", which has not been heard, has "industrial use value", and of course it has already met the founding principles of "practicability" and "progressiveness" of new patents. According to the provisions of the Patent Law, an application for new patents was filed with Jun Bureau. . [Brief description of the drawings] Figure · is a perspective view of a general drawer panel. The second picture is a three-dimensional combination diagram of this creation. The third picture is the schematic view of the plane combination before the creation. The fourth picture is the side-view plane combination of this creation. The fifth picture: is a schematic diagram of the rotation state of the fixture. Figure 6: Schematic diagram of the clamping state of this fixture. Figure 7 is a schematic plan view of the front view during the creative process. Figure 8: A schematic plan view of the side view during the creative process. The ninth picture: a schematic plan view of the top during the creative process. 20W: This is a partial enlarged schematic diagram of the longitudinal dovetail groove in this creative process. The tenth-figure ··· This is a schematic plan view of the receding shape of the horizontal square groove. Description of main symbols: 1 drawer panel 2 dagger 3 horizontal square slot 4 vertical dovetail slot 1 0 machine 1 1 fixed seat 1 2 slide bar 1 3 lead screw 1 4 cantilever 1 5 dovetail seat 1 6 slide rail 2 0 work bench seat 2 1 Shaft sleeve 2 2 Screw hole seat 2 3 Fixing piece 2 4 Working platform 2 5 Positioning plate 12M247382 2 6 Clamp 2 7 Cylinder 2 8 Rotating mechanism 2 9 Longitudinal slide 3 0 Longitudinal dovetail milling cutter group 31 Motor 3 2 Milling cutter 3 3 Slot 3 3 Slide 3 5 Cylinder 3 6 Lead screw 3 7 Slider 3 8 Positioning seat 3 9 Screw hole seat 4 0 Drilling machine 4 1 Motor 4 2 Drill bit 4 3 Screw hole seat 4 4 First lead screw 4 5 First slide 4 6 Screw 4 7 Second slide 4 8 Dovetail groove 4 9 Second lead screw 5 0 Horizontal square slot milling cutter group 51 Motor 5 2 Milling cutter 5 3 First slide 5 4 Second slide 5 5 Third slide 5 6 First climbing cylinder 5 7 Second pressure cylinder 5 8 Third pressure cylinder 5 9 Chute • 6 0 Electric dial box 6 1 Electric control Yuanniu